Avoiding the Mess: Push Connectors Reduce Spatter
Weld spatter can affect the quality of the welding area and cause issues with the final product. Push connectors help to prevent spatter build-up in the lines.
Weld spatter, the small particles of non-metallic material expelled during the fusion of metals during welding, is a big problem for welding applications. Robotic push connectors can help cut down on the occurrence of spatter.
Spatter is a problem because it can cause discontinuity to the weld, either by interfering with the serviceability of the work piece, or by causing issues with another application for the piece, like coating or painting.
By using push connectors on the air and water tubing for robotic welding equipment, manufacturers can help prevent spatter build-up in the lines. These robotic push connectors, along with the hoses they connect, can handle temperatures as low as ‑40 degrees or as high as 140 degrees.
A push connector and flexible tubing are also spark resistant, something that is a requirement of pneumatic control systems on welding robots. Since robotic connectors are made of materials like nickel-plated brass, they are resistant to shock, corrosion and sparks.
Push connectors also significantly reduce assembly time for hoses and cables. All the connectors come pre-assembled and provide tubing with a leak-free connection. This allows the robotic welders to get up and running quicker, meaning less downtime for production lines.
Basically, while robot push connectors are just a small element in the robotic welding system, they are an integral part of the safety system, keeping the tubes from sparking and preventing spatter build-up.
Robots.com helps all their customers customize the right safety and dress packages for their robots and robotic systems, right down to the push connectors and tubing.
For more information about push connectors and other safety options available for welding robots, contact Robots.com online or at 877−762−6881.
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